maximally informative. Her method is very resource efficient, allowing her to compute >1M cells on a fairly typical AWS instance. https://t.co/1elUgnAldV
Congrats to Xiaoqiao Chen for her first first-author publication today in Nature Computational Science. Xiaoqiao's method assembles small lists of highly informative genes using an iterative SVM method. She uses a clever 'active' strategy to only prioritize cells and genes that
Really excited about this work from @Allan_HPool, showing how missing genes due to intronic reads and poor 3' annotation can be recovered with optimized reference transcriptomes.
First Pool Lab pre-print: https://t.co/e3vDzRXPrr. We resolve a major pain with 3’ single-cell RNA-sequencing (10x Genomics etc.) – missing gene expression data from thousands of genes. This stems from suboptimal reference transcriptomes and can easily be recovered. T below: 1/12
We are hiring!! Looking to hire a research technician to execute a focused project on exploring human cell surface proteins on the human immune system using single-cell RNA-seq. https://t.co/R0ZaJXNjs4
It's so fun to let loose and get creative with @mitchguttman@sofiquinodoz. We developed a great idea and I'm pleased to see my art on the cover of @CellCellPress today. Plus there's more fantastic work from Guttman Lab @Caltech inside.
Really cool spatial-sequencing method from UCSF. Have been talking with Eric about this for quite some time... Cool to see it finally in print! XYZeq: Spatially resolved single-cell RNA sequencing https://t.co/uOAIZjV9PL
Congrats to all of the authors for a beautiful new paper! We were happy to support the single-cell profiling experiments in this very intriguing EPES synthetic embryo system.
Nice article by @mjflepage in @newscientist about the work or @BEuplotes on how the walking gait of single cell Euplotes may be controlled by a microtubule based computer. I feel this piece poses the big question and sums up the key points in a super clear way! @I2CELL
The preprint for my main PhD project is out! https://t.co/pHulRbd43Y. We characterize the cell types in the brain (cortex) that get targeted by different AAV gene therapy vehicles (in mice ;) )
We are proud to recognize professors Dianne Newman and Jonas Peters for their election to @americanacad.
This election is a recognition of "extraordinary people who help solve the world’s most urgent challenges ... and contribute to the common good..." 👏
Really enjoyed the talk of Sisi Chen at #RNGS21!
The team combines popAlign and multiseq to unravel distinct drug responses in immune cells, leading to exiting yet sometimes unexpected discoveries🤯
😯I will watch out with artificial sweeteners...
Congratulations to Rob Phillips, who was recently awarded Caltech's top prize for excellence in teaching. One nominator cited Phillips's "remarkable ability to make scientific discovery feel special." https://t.co/qljE8VvZEr
So thrillled that our work received the SLAS2021 Innovation award!!! Truly a team effort @SPEC_Caltech with
@TamiKhazaei, @cmcginnisUCSF, @ZevGartner, Eric Chow at @CAT_UCSF, Matt Thomson, Jeff Park, and Tiffany Tsou (now grad student at NYU)
What's cool: capillary blood sampling devices (TAP devices) allowed them to collect blood at high temporal frequencies (morning and night) to study diurnal variability in a cell type-specific and patient-specific manner.